Sedimentation (water treatment)

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Related lectures (32)

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Water and Waste Treatment: Historical Perspective

Explores the historical challenges and solutions in water and waste treatment, emphasizing the role of engineers in public health and sanitation.

Sanitary Engineering: A Story of Pandemics

Explores the historical and pandemic perspective of sanitary engineering, emphasizing the treatment and recovery of water and waste.

Bubbles and Microfluidics: Innovating Reactor Systems

Explores the innovative use of bubbles and microfluidics in bioengineering and chemistry applications to solve societal problems.

Domestic water treatment

Covers domestic water treatment, contamination, technologies, strategies, and monitoring.

Water Treatment Technologies

Explores water treatment technologies to ensure safe drinking water quality.

Metal Speciation III

Explores metal speciation, emphasizing precipitation and dissolution reactions in natural waters, with a focus on the Flint water crisis.

Redox Reactions: Predominance Diagrams

Covers the solubility of metal hydroxides, redox reactions in aquatic systems, arsenic mobilization, water treatment, and the Nernst equation application.

Wastewater Treatment: Decantation and Chemical Pre-treatment

Explores wastewater treatment through decantation, chemical pre-treatment, and various removal rates.

Chemical Oxidation in Water Treatment

Explores the application of oxidation processes in water treatment, focusing on advanced oxidation methods and the removal of micro-pollutants.

Adsorption Processes in Water Treatment

Explores disinfection kinetics, UV disinfection, and the role of adsorption processes in water treatment, emphasizing the use of activated carbon for micropollutant removal.